100% Synthesizable VHDL-2008 Soft IP Cores for FPGA and ASIC compilation. Avery Core Kinetics places deterministic voltage, torque, trajectory, and transaction vetoes directly on the hardware bus—before an untrusted host command can become a physical or financial commit.
SUB-2.8µS BARE-METAL VETO · AXI4 / PCIE / CAN REGISTER ENFORCEMENT · MODELSIM / VIVADO VERIFIED
Compile, simulate, and validate ACK RTL on your own FPGA bench before entering a production license.
SELECT A LAB BENCH PASSPurpose-built Soft IP for FPGA architects, hardware OEMs, custom-silicon teams, and defense primes.
Synthesizable VHDL-2008 source code with explicit clock, reset, state, and fault behavior.
AXI4, PCIe, CAN, and target-specific register interfaces for out-of-band command enforcement.
Deterministic threshold, state-transition, cryptographic, and physical-safety trigger paths.
ModelSim/Vivado testbenches, constraint files, timing evidence, and integration documentation.
Host-generated commands pass through application code, drivers, and the operating-system kernel before reaching a motor, inverter, flight surface, storage controller, or transaction register.
That transition creates the Substrate Gap: a sub-2.8µs window where software cannot reliably intercept a compromised command before the bus commits it. ACK closes that window with independent, synthesizable veto logic at the register and signal layer.
Application Logic + Device Driver + OS Kernel
<2.8µs Failure Zone — software guardrails cannot step in front of the bus
SCADA Inverters · Treasury Databases · Robotic Motors · Flight Surfaces · Secure Vaults
Foundational Assets 1–4—CORE I.A.M. Protocol, Isac™ Truth Engine, Aris™ Security Detail, and M.A.D.™ Arbiter—form the reusable bare-metal layer beneath every division core, decoupling host execution from deterministic verification in under 2.8 microseconds.
SYNTHESIZABLE VHDL-2008 RTL · HARDWARE VETO TRIGGERS · MODELSIM / VIVADO TESTBENCHES
Escrow and title portals, regional bank wire systems, healthcare/HIPAA infrastructure, enterprise ERPs, and legal vaults.
Unauthorized record mutation, database drops, privileged-host compromise, and unverified transaction commits crossing the software boundary.
Assets 33, 34, 50, 51, and 62 + Foundational Assets 1–4.
Point-of-sale terminals, bezel-free workstations, high-frequency treasury AXI buses, and automated fuel gates.
Host keylogging, unauthorized capital movement, identity spoofing, and settlement drift bypassing software controls.
Assets 15, 27, 29, and 34 + Foundational Assets 1–4.
FDA surgical robotics, multi-axis industrial manipulators, heavy agricultural autonomy, and clinical actuators.
Motor encoder trajectory drift, runaway joint current, unsafe dosage state, and uncontrolled robotic movement.
Assets 24, 27, 28, 45, and 48 + Foundational Assets 1–4.
Collaborative combat aircraft, sUAS platforms, hydrogen jet interceptors, and freight flight corridors.
Electronic-warfare jamming, GNSS spoofing, route deviation, and flight-control overrides in contested airspace.
Assets 11, 23, 31, and 50 + Foundational Assets 1–4.
Pre-tape-out silicon, NPUs, spiking neural hardware, quantum coherence gates, and physical PUF activation.
Microarchitectural timing jitter, context leakage, unverified logic states, and unauthorized silicon activation.
Assets 26, 36, 47, 55, and 62 + Foundational Assets 1–4.
AXI4, PCIe, and UCIe fabrics; air-gapped micro-vaults; firmware-resilient hosts; and side-channel-sensitive systems.
Kernel-level exploits, hypervisor escape, unauthorized bus access, firmware corruption, and physical side-channel extraction.
Assets 34, 50, 51, 54, and 55 + Foundational Assets 1–4.
Municipal OT, substation transformers, high-power EV chargers, hydro spillways, and data-center power buffers.
Destructive giga-load surges, harmonic distortion, transformer tripouts, phase faults, and unsafe hydraulic actuation.
Assets 14, 17, 41, 42, 43, and 44 + Foundational Assets 1–4.
Defense primes, DoD subcontractors, FAR Part 13 GPC programs, and CAGE-gated hardware integration projects.
Fragmented IP integration, inconsistent verification evidence, limited lab rights, and incomplete defense proposal documentation.
VHDL core access across Divisions 01–07, including Foundational Assets 1–4.
ACK turns high-liability command paths into inspectable, testable, and procurement-ready RTL. Each core gives OEM teams deterministic logic they can simulate, synthesize, constrain, and verify directly on target FPGA or custom-silicon infrastructure.
Vertical-specific deployment pathways and wholesale licensing tiers.
Open Solutions MatrixNIST SP 800-193 hardware resilience and air-gapped memory barriers.
Open Cyber ArchitectureCycle-accurate latency benchmarks (<2.8µs) and Vivado/ModelSim reports.
Open Performance ReportsComplete master inventory covering 62+ compilable VHDL-2008 Soft IP Cores.
Open VHDL Asset RegistryDigital evaluation seats and CAGE/SAM.gov cleared defense packages.
Enter Evaluation PortalSelect the Lab Bench Pass matched to your target FPGA, bus architecture, and division core set.
$7,500 / $15,000 / $27,500 Lab Bench Pass · 100% of evaluation fees convert into a direct credit toward Wholesale Core Licensing ($185,000+ Floor).
